OPENQASM 2.0;
include "qelib1.inc";
qreg q[100];
creg c[99];
u2(0,pi) q[0];
u2(0,pi) q[1];
u2(0,pi) q[2];
u2(0,pi) q[3];
u2(0,pi) q[4];
u2(0,pi) q[5];
u2(0,pi) q[6];
u2(0,pi) q[7];
u2(0,pi) q[8];
u2(0,pi) q[9];
u2(0,pi) q[10];
u2(0,pi) q[11];
u2(0,pi) q[12];
u2(0,pi) q[13];
u2(0,pi) q[14];
u2(0,pi) q[15];
u2(0,pi) q[16];
u2(0,pi) q[17];
u2(0,pi) q[18];
u2(0,pi) q[19];
u2(0,pi) q[20];
u2(0,pi) q[21];
u2(0,pi) q[22];
u2(0,pi) q[23];
u2(0,pi) q[24];
u2(0,pi) q[25];
u2(0,pi) q[26];
u2(0,pi) q[27];
u2(0,pi) q[28];
u2(0,pi) q[29];
u2(0,pi) q[30];
u2(0,pi) q[31];
u2(0,pi) q[32];
u2(0,pi) q[33];
u2(0,pi) q[34];
u2(0,pi) q[35];
u2(0,pi) q[36];
u2(0,pi) q[37];
u2(0,pi) q[38];
u2(0,pi) q[39];
u2(0,pi) q[40];
u2(0,pi) q[41];
u2(0,pi) q[42];
u2(0,pi) q[43];
u2(0,pi) q[44];
u2(0,pi) q[45];
u2(0,pi) q[46];
u2(0,pi) q[47];
u2(0,pi) q[48];
u2(0,pi) q[49];
u2(0,pi) q[50];
u2(0,pi) q[51];
u2(0,pi) q[52];
u2(0,pi) q[53];
u2(0,pi) q[54];
u2(0,pi) q[55];
u2(0,pi) q[56];
u2(0,pi) q[57];
u2(0,pi) q[58];
u2(0,pi) q[59];
u2(0,pi) q[60];
u2(0,pi) q[61];
u2(0,pi) q[62];
u2(0,pi) q[63];
u2(0,pi) q[64];
u2(0,pi) q[65];
u2(0,pi) q[66];
u2(0,pi) q[67];
u2(0,pi) q[68];
u2(0,pi) q[69];
u2(0,pi) q[70];
u2(0,pi) q[71];
u2(0,pi) q[72];
u2(0,pi) q[73];
u2(0,pi) q[74];
u2(0,pi) q[75];
u2(0,pi) q[76];
u2(0,pi) q[77];
u2(0,pi) q[78];
u2(0,pi) q[79];
u2(0,pi) q[80];
u2(0,pi) q[81];
u2(0,pi) q[82];
u2(0,pi) q[83];
u2(0,pi) q[84];
u2(0,pi) q[85];
u2(0,pi) q[86];
u2(0,pi) q[87];
u2(0,pi) q[88];
u2(0,pi) q[89];
u2(0,pi) q[90];
u2(0,pi) q[91];
u2(0,pi) q[92];
u2(0,pi) q[93];
u2(0,pi) q[94];
u2(0,pi) q[95];
u2(0,pi) q[96];
u2(0,pi) q[97];
u2(0,pi) q[98];
u2(-pi,-pi) q[99];
barrier q[0],q[1],q[2],q[3],q[4],q[5],q[6],q[7],q[8],q[9],q[10],q[11],q[12],q[13],q[14],q[15],q[16],q[17],q[18],q[19],q[20],q[21],q[22],q[23],q[24],q[25],q[26],q[27],q[28],q[29],q[30],q[31],q[32],q[33],q[34],q[35],q[36],q[37],q[38],q[39],q[40],q[41],q[42],q[43],q[44],q[45],q[46],q[47],q[48],q[49],q[50],q[51],q[52],q[53],q[54],q[55],q[56],q[57],q[58],q[59],q[60],q[61],q[62],q[63],q[64],q[65],q[66],q[67],q[68],q[69],q[70],q[71],q[72],q[73],q[74],q[75],q[76],q[77],q[78],q[79],q[80],q[81],q[82],q[83],q[84],q[85],q[86],q[87],q[88],q[89],q[90],q[91],q[92],q[93],q[94],q[95],q[96],q[97],q[98],q[99];
cx q[0],q[99];
cx q[1],q[99];
cx q[7],q[99];
cx q[15],q[99];
cx q[16],q[99];
cx q[17],q[99];
cx q[19],q[99];
cx q[20],q[99];
cx q[21],q[99];
cx q[25],q[99];
cx q[27],q[99];
cx q[28],q[99];
cx q[30],q[99];
cx q[31],q[99];
cx q[32],q[99];
cx q[33],q[99];
cx q[34],q[99];
cx q[39],q[99];
cx q[40],q[99];
cx q[41],q[99];
cx q[42],q[99];
cx q[44],q[99];
cx q[47],q[99];
cx q[52],q[99];
cx q[54],q[99];
cx q[55],q[99];
cx q[56],q[99];
cx q[61],q[99];
cx q[62],q[99];
cx q[63],q[99];
cx q[65],q[99];
cx q[68],q[99];
cx q[70],q[99];
cx q[71],q[99];
cx q[73],q[99];
cx q[74],q[99];
cx q[75],q[99];
cx q[78],q[99];
cx q[80],q[99];
cx q[81],q[99];
cx q[88],q[99];
cx q[90],q[99];
cx q[92],q[99];
cx q[93],q[99];
cx q[94],q[99];
cx q[96],q[99];
barrier q[0],q[1],q[2],q[3],q[4],q[5],q[6],q[7],q[8],q[9],q[10],q[11],q[12],q[13],q[14],q[15],q[16],q[17],q[18],q[19],q[20],q[21],q[22],q[23],q[24],q[25],q[26],q[27],q[28],q[29],q[30],q[31],q[32],q[33],q[34],q[35],q[36],q[37],q[38],q[39],q[40],q[41],q[42],q[43],q[44],q[45],q[46],q[47],q[48],q[49],q[50],q[51],q[52],q[53],q[54],q[55],q[56],q[57],q[58],q[59],q[60],q[61],q[62],q[63],q[64],q[65],q[66],q[67],q[68],q[69],q[70],q[71],q[72],q[73],q[74],q[75],q[76],q[77],q[78],q[79],q[80],q[81],q[82],q[83],q[84],q[85],q[86],q[87],q[88],q[89],q[90],q[91],q[92],q[93],q[94],q[95],q[96],q[97],q[98],q[99];
u2(0,pi) q[0];
u2(0,pi) q[1];
u2(0,pi) q[10];
u2(0,pi) q[11];
u2(0,pi) q[12];
u2(0,pi) q[13];
u2(0,pi) q[14];
u2(0,pi) q[15];
u2(0,pi) q[16];
u2(0,pi) q[17];
u2(0,pi) q[18];
u2(0,pi) q[19];
u2(0,pi) q[2];
u2(0,pi) q[20];
u2(0,pi) q[21];
u2(0,pi) q[22];
u2(0,pi) q[23];
u2(0,pi) q[24];
u2(0,pi) q[25];
u2(0,pi) q[26];
u2(0,pi) q[27];
u2(0,pi) q[28];
u2(0,pi) q[29];
u2(0,pi) q[3];
u2(0,pi) q[30];
u2(0,pi) q[31];
u2(0,pi) q[32];
u2(0,pi) q[33];
u2(0,pi) q[34];
u2(0,pi) q[35];
u2(0,pi) q[36];
u2(0,pi) q[37];
u2(0,pi) q[38];
u2(0,pi) q[39];
u2(0,pi) q[4];
u2(0,pi) q[40];
u2(0,pi) q[41];
u2(0,pi) q[42];
u2(0,pi) q[43];
u2(0,pi) q[44];
u2(0,pi) q[45];
u2(0,pi) q[46];
u2(0,pi) q[47];
u2(0,pi) q[48];
u2(0,pi) q[49];
u2(0,pi) q[5];
u2(0,pi) q[50];
u2(0,pi) q[51];
u2(0,pi) q[52];
u2(0,pi) q[53];
u2(0,pi) q[54];
u2(0,pi) q[55];
u2(0,pi) q[56];
u2(0,pi) q[57];
u2(0,pi) q[58];
u2(0,pi) q[59];
u2(0,pi) q[6];
u2(0,pi) q[60];
u2(0,pi) q[61];
u2(0,pi) q[62];
u2(0,pi) q[63];
u2(0,pi) q[64];
u2(0,pi) q[65];
u2(0,pi) q[66];
u2(0,pi) q[67];
u2(0,pi) q[68];
u2(0,pi) q[69];
u2(0,pi) q[7];
u2(0,pi) q[70];
u2(0,pi) q[71];
u2(0,pi) q[72];
u2(0,pi) q[73];
u2(0,pi) q[74];
u2(0,pi) q[75];
u2(0,pi) q[76];
u2(0,pi) q[77];
u2(0,pi) q[78];
u2(0,pi) q[79];
u2(0,pi) q[8];
u2(0,pi) q[80];
u2(0,pi) q[81];
u2(0,pi) q[82];
u2(0,pi) q[83];
u2(0,pi) q[84];
u2(0,pi) q[85];
u2(0,pi) q[86];
u2(0,pi) q[87];
u2(0,pi) q[88];
u2(0,pi) q[89];
u2(0,pi) q[9];
u2(0,pi) q[90];
u2(0,pi) q[91];
u2(0,pi) q[92];
u2(0,pi) q[93];
u2(0,pi) q[94];
u2(0,pi) q[95];
u2(0,pi) q[96];
u2(0,pi) q[97];
u2(0,pi) q[98];
measure q[0] -> c[0];
measure q[1] -> c[1];
measure q[2] -> c[2];
measure q[3] -> c[3];
measure q[4] -> c[4];
measure q[5] -> c[5];
measure q[6] -> c[6];
measure q[7] -> c[7];
measure q[8] -> c[8];
measure q[9] -> c[9];
measure q[10] -> c[10];
measure q[11] -> c[11];
measure q[12] -> c[12];
measure q[13] -> c[13];
measure q[14] -> c[14];
measure q[15] -> c[15];
measure q[16] -> c[16];
measure q[17] -> c[17];
measure q[18] -> c[18];
measure q[19] -> c[19];
measure q[20] -> c[20];
measure q[21] -> c[21];
measure q[22] -> c[22];
measure q[23] -> c[23];
measure q[24] -> c[24];
measure q[25] -> c[25];
measure q[26] -> c[26];
measure q[27] -> c[27];
measure q[28] -> c[28];
measure q[29] -> c[29];
measure q[30] -> c[30];
measure q[31] -> c[31];
measure q[32] -> c[32];
measure q[33] -> c[33];
measure q[34] -> c[34];
measure q[35] -> c[35];
measure q[36] -> c[36];
measure q[37] -> c[37];
measure q[38] -> c[38];
measure q[39] -> c[39];
measure q[40] -> c[40];
measure q[41] -> c[41];
measure q[42] -> c[42];
measure q[43] -> c[43];
measure q[44] -> c[44];
measure q[45] -> c[45];
measure q[46] -> c[46];
measure q[47] -> c[47];
measure q[48] -> c[48];
measure q[49] -> c[49];
measure q[50] -> c[50];
measure q[51] -> c[51];
measure q[52] -> c[52];
measure q[53] -> c[53];
measure q[54] -> c[54];
measure q[55] -> c[55];
measure q[56] -> c[56];
measure q[57] -> c[57];
measure q[58] -> c[58];
measure q[59] -> c[59];
measure q[60] -> c[60];
measure q[61] -> c[61];
measure q[62] -> c[62];
measure q[63] -> c[63];
measure q[64] -> c[64];
measure q[65] -> c[65];
measure q[66] -> c[66];
measure q[67] -> c[67];
measure q[68] -> c[68];
measure q[69] -> c[69];
measure q[70] -> c[70];
measure q[71] -> c[71];
measure q[72] -> c[72];
measure q[73] -> c[73];
measure q[74] -> c[74];
measure q[75] -> c[75];
measure q[76] -> c[76];
measure q[77] -> c[77];
measure q[78] -> c[78];
measure q[79] -> c[79];
measure q[80] -> c[80];
measure q[81] -> c[81];
measure q[82] -> c[82];
measure q[83] -> c[83];
measure q[84] -> c[84];
measure q[85] -> c[85];
measure q[86] -> c[86];
measure q[87] -> c[87];
measure q[88] -> c[88];
measure q[89] -> c[89];
measure q[90] -> c[90];
measure q[91] -> c[91];
measure q[92] -> c[92];
measure q[93] -> c[93];
measure q[94] -> c[94];
measure q[95] -> c[95];
measure q[96] -> c[96];
measure q[97] -> c[97];
measure q[98] -> c[98];
